EM-20261103-F4MJ
VulnerabilityHigh severity
MLflow SHAP Vulnerability (CVE-2026-118627)
CVE-2026-118627
Status
Developing
Since : signals keep joining.
- First Signal
- Oct 29 05:00 UTCC37 Zero Day Initiative (published)
- Page Born
- Nov 03 23:45 UTCsecond source joined
- Last Signal
- Nov 04 00:17 UTC30 hours before snapshot
- Sources
- 31 official · 2 research, news or crowd
- Open For
- 6 daysso far
Life Of This Page
- 1BornA second, independent source names it.
- 2Developing · NowNew signals join; severity can move.
- 3ConfirmedNot yetCISA KEV lists it, or exploitation in the wild is reported.
- 4ResolvedNot yetPast the fix deadline and 14 days with no new signal.
- 5ArchivedNot yet30 days after resolved. Read only; the link keeps working. Reopens if it comes back.
The ID never changes, and earlier addresses keep working. A correction is logged, never overwritten. If two pages turn out to be one incident, the later one points to the earlier.
Vulnerability Lifecycle
- Disclosed: reachedNov 04 00:17 UTCC6 NVD published
- Scored: reachedNov 04 00:17 UTCCVSS 7.8 · EPSS 0.2%
- Exploited: not yetNot yetNo exploitation reported
- Advisories: not yetNot yetNone yet
- Vendor Response: reachedNov 03 23:45 UTCC41 published
- Resolved: not yetNot yetAfter 14 quiet days
Timeline
Point at a mark to read it. Squares are signals, colored by severity; every one is also listed under Signals.
Signals
- CVE-2026-118627 (CVSS 7.8) (opens source in a new tab) MLflow SHAP load_explainer Deserialization of Untrusted Data Remote Code Execution Vulnerability. This vulnerability allows remote attackers to execute arbitrary code on affected installations of MLflow. User interaction… High severityDatabaseC6 NVD CVE API 2.0
- Red Hat: CVE-2026-118627 (important) (opens source in a new tab) mlflow: mlflow: Arbitrary code execution via untrusted SHAP model deserialization High severityVendorC41 Red Hat Security Data
- ZDI-26-843: MLflow SHAP load_explainer Deserialization of Untrusted Data Remote Code Execution Vulnerability (opens source in a new tab) This vulnerability allows remote attackers to execute arbitrary code on affected installations of MLflow. User interaction is required to exploit this vulnerability in that the target must visit a malicious page or open … Med severityResearch & NewsC37 Zero Day Initiative (published)